The development of Lossless Scaling has been a continuous process, with each iteration bringing significant improvements over its predecessors. From the initial versions that focused on basic upscaling to the more sophisticated algorithms that can now handle complex scenes and motions, Lossless Scaling has evolved to meet the growing demands of various industries, including gaming, professional photography, and video production.
: The processing for large-scale movements was reworked to be more efficient, allowing for better results even at lower base frame rates like 30 FPS. Artifact Reduction Lossless Scaling v2.1.1
: It introduced a noticeable decrease in common visual issues like motion ghosting, edge distortion, and image blurring. Introduction of Performance Mode The development of Lossless Scaling has been a
| Metric | v2.1.1 Performance | | ------------------------------ | ------------------------------------------ | | GPU overhead (1080p → 4K) | ~1.5–3 ms per frame (FSR/LS1) | | CPU usage (scaling logic) | Minimal (<2% on modern CPU) | | VRAM usage | ~200–400 MB (double buffering) | | Input lag added | 0–1 frame (vsync off, low latency mode) | | Compatibility issues | Occasional anti-cheat triggers (EAC/BattlEye) | Artifact Reduction : It introduced a noticeable decrease